“海底交叉式改革创新大大讲堂”第二名期暨化工厂壮大论坛会七十三期学术研究报告书会-公告
| 报告单人 | 所有公司 | 统计主题 |
| Zhiping Lai | King Abdullah University of Science and Technology (KAUST) | High-performance Membranes for Energy Applications |
时刻：2026年110月6日9:00-10:15 地理位置：山东化学工业大学时所有员工A411 🌠举办：大海材料高效率借助化工品环保系统培育部施工调查咨询重点 湖北省当今很多家庭浮游生物化工品环保系统联动特色化咨询重点 |
||
“海上交错式企业创新大课堂”简价
ღ“21二十一新时代是海上生物二十一新时代”。近三年以来，一些以海上生物谋篇的地区开发归划表示被归为发展中战略新兴产业重点方向，如上海宾海片区；时候，等等也已做出制造“近海划算凸出带”。
💜我国已作成海域重力实施、修建海域重力以促进金钱持续性正常成长的投资决策，并将海域绿色自然生太坏境和绿色自然生太红条庇护等均定为海域绿色自然生太文朋本质属性。从而，都要及时助推海底能能生物环境能力、海底能能生物环境能源制作凭借能力、海域海底能能生物生物能力等海域高新区能力第三产业化的成长，适配涉海及各种相关学科教学的成长，适配开始海域金钱第三产业化及各种相关学习，适配开始海域内容普及化和海域人文宣扬。
𒆙只为进每一步有序推进课题平行，推动了涉海业务领域专业研究分析浅议、专业普及性和的人才库库队伍建设出，依据电学水利与技艺三级课题和海域自然材料高效化巧用精细化工环保技艺增强部水利研究分析浅议中央与等等省当今海洋环境材料精细化工环保技艺就结合革新成长中央等工作平台网站，集中海域自然材料巧用与区域水资源保护的，组建展开调研“海洋环境材料平行革新成长大大讲堂”。在邀请好友在国外内出名专业、研究者、公司家展开调研专题讲座、联络，共同体浅议与涉海关联的课题平行就结合、技艺革新成长和的人才库库队伍建设出，机械助力等等工农业师范大学关联课题与工作平台网站成长和的人才库库队伍建设出效率增强。
【意见书文献综述及医生概述】
High-performance Membranes for Energy Applications
申请书提要：
Membrane technology plays a vital role in almost all energy related applications. In petrochemical industry, membrane technology can save up to 90% energy compared to conventional separation technologies. Next-generation battery technologies such as Li-S battery require functional membranes to eliminate sulfur cross-over while allow lithium to fast transport. Membrane is also the most promising technology for energy-related materials such as CO2﷽ capture and lithium extraction from inferior resources. In this talk, I will introduce our research in synthesis of high-performance membranes out of ordered porous materials, and their applications in propylene/propane separation, water treatment, Li-S battery, and lithium extraction from seawater.
有关专家百科：
🙈
♔ Dr. Zhiping Lai is a professor in the Chemistry and Chemical Engineering program of King Abdullah University of Science and Technology (KAUST). He received his B.E. and M.S. from Tsinghua University, China, and Ph.D. from the University of Massachusetts Amherst. His research focuses on developing high-performance membranes out of ordered porous materials and their applications in the separation of hydrocarbon mixtures, seawater desalination, lithium-sulfur batteries, and low-grade heat recovery. He is the SABIC presidential chair from 2013 to 2016 and the 2020 AIChE Industrial Gases Award recipient. He is recognized as one of the pioneers who opened up the field of MOF membranes which has been one of the most active research directions in membrane research.
🌃 赖志平，阿卜杜拉帝王高新科技高校（KAUST）化学反应与生物制品工作系正式工专家。深入分析关键是采用逐步多孔文件设计规划性能卓越的参数膜，并将其用途于烃饱和溶液物拆分、沽岛的海消除、锂-硫手机电池和低选矿回收利用率热能工程回收利用。于2013-2019年兼任沙特依据工业园厂家（SABIC）讲席专家，并于20年获AIChE Industrial Gases Award。赖志平专家被迄今为止为创立MOF膜方法的倡导者中之五，该方法不复为膜深入分析中最拉新的深入分析方法中之五。现赖志平专家已在Science，Angew. Chem. Int. Ed.，J. Am. Chem. Soc.，J. Membr. Sci.等国.际著明刊物刊发近百篇毕业论文。
